EZ BLOCK HUG 1x3
The Triple-Unit Foundation
When your project demands maximum surface area and heavy-duty load distribution, the EZ BLOCK HUG 1x3 is the ultimate structural platform. Spanning 36 inches, this heavy-duty steel base is designed to support a triple-stack of EZ units, providing the footprint needed for high-profile video walls, massive lighting rigs, and large-scale temporary structures.
Key Features
Triple-Truss Mounting Versatility: The 1x3 configuration features multiple bolt patterns, allowing you to mount up to three 12" trusses simultaneously, or offset a single truss across any of the three 12-inch sections for custom load balancing.
Maximized Mobility: Features heavy-duty, reinforced 4-way forklift channels. Even with a full triple-stack of EZ BLOCKS, CUBES, or BRICKS, your crew can reposition the entire assembly with a single forklift.
Unified System Height: Like the rest of the HUG line, it adds the crucial 6-inch lift, bringing an 18-inch EZ unit up to a 24-inch profile to align perfectly with industry-standard trussing.
A36 Industrial Steel Construction: Built to survive the most rigorous touring and outdoor environments. The black powder-coat finish ensures it looks professional on stage while protecting the steel from the elements.
Detailed Specifications
Dimensions: 12" x 36" x 6"
Weight: Approximately 150 lbs
Material: Constructed from high-quality ASTM A36 Steel
"The EZ BLOCK HUG 1x3 is the powerhouse of the ecosystem. It transforms three separate ballast units into one rock-solid, mobile foundation capable of supporting your largest structural designs." - Adam
1x3 EZ HUG + EZ BRICKS = 525lb event ballast
1x3 EZ HUG + EZ CUBES = 1200lb event ballast
1x3 EX HUG + EZ BLOCKS = 1650lb event ballast
The EZ HUG 1×3 bolts to 12” x 12” box truss as indicated by the blue overlay. You can bolt to the far left, to the far right, and split the middle. Place (3) trusses on the EZ HUG [all in a row]
DOWNLOADS
VectorWorks Library DOWNLOAD v2025
VectorWorks Library DOWNLOAD v2026
DWG Library DOWNLOAD
STEP Library DOWNLOAD

